Applied Science

The Applied Chemistry Lab is furnished with cutting-edge instruments and tools, offering a practical learning experience that connects academic knowledge with hands-on abilities. The laboratory encompasses a wide variety of studies, ranging from chemical analysis to material creation, providing participants with the opportunity to explore fields such as organic chemistry, inorganic chemistry, analytical chemistry, and beyond.

The lab workstations are equipped with state-of-the-art instruments such as Conductometer, pH meter, etc. These materials enable students to perform experiments that replicate industrial processes, environmental assessments, and material testing.

The Engineering Physics laboratory has well spacious to accommodate students to perform their experiments. It is well equipped with modern & advanced instruments for conducting lab experiments in various important areas of physics like optics, mechanics, electronics & electricity, electromagnetic fields, thermal etc., which drives the students to various technical areas.

All the experiments are designed to correlate theoretical knowledge with practical applications. Some of the experiments from the prescribed list are also demonstrated to the students for a better understanding of the concepts through the virtual lab.

Facilities available in the Physics Lab

Traveling Microscope, e/m setup, He-Ne laser, Spectrometer, Hall Effect setup, Thermocouple, Newton’s ring apparatus, Melde’s string apparatus, etc.

It provides practical experience and reinforces understanding through hands-on programming exercises. This lab covers basic to intermediate programming concepts using the C language, including variables, data types, control structures, functions, arrays, pointers, file handling, and memory management. It also aims at problem-solving skills through programming exercises and projects.

The Electrical Science Lab functions as a vibrant environment for education and exploration. Students can participate in a variety of experiments ranging from basic concepts to complex applications, covering topics like circuit analysis, electromagnetism, power systems, and electronic gadgets.

The lab is equipped with different workstations including precise instruments such as oscilloscopes, signal generators, motors, and power supply, allowing students to develop practical knowledge of electrical phenomena. Our first emphasis is safety, and the lab is designed to satisfy the highest standards. Students acquire theoretical knowledge in electrical science and gain practical abilities in experimental design, data analysis, and troubleshooting.

A workshop practice lab is a hands-on learning environment where theoretical knowledge is translated into practical skills. Participants engage in various activities using tools and equipment, fostering a dynamic learning experience. It is a space where craftsmanship is honed, and students gain valuable practical insights, merging theory with real-world applications. This lab is instrumental in preparing individuals for professional challenges by providing a tangible and immersive learning setting.

Name of the faculty:    Dr. Sarita Pundhir
Name of the Course:    Applied Maths
Name of the activity:    Smart Classroom
Student Involved:          BTECH 1^st Year

Description of the activity:

A smart classroom is furnished with advanced digital educational tools like smartboards, e-books, digital student devices, and other high-tech equipment. It enhances engaging and efficient lectures by utilizing smart board technology. Utilizing interactive elements like touch gestures, annotations, and quizzes to involve pupils. Promote engagement and cooperation with the interactive features of the smart board. Moreover, students get knowledge through various online learning tools.

Instruction about the activity:

1. Students were given the topic of Matrix
2. Students were asked interactive follow-up questions to assess their comprehension.

Outcome of the activity:

1. Enhanced Student Engagement
2. Improved Learning Outcomes
3. Facilitation of Collaborative Learning
4. Data-driven insights for faculties

Conclusion:

Smart classrooms facilitate the development of independent learning skills in students, allowing teachers to design more captivating lessons. Absent students do not lag behind. They can develop a more profound comprehension. Increased student engagement in class leads to greater acquisition of knowledge.

Activity Details:

Name of Faculty:       Ms. Mahak Narang
Name of Course:        Electrical Science
Name of Activity:       Blend of Smart Board and Animation Approach
Student Involved:      B.TECH 1^st Year

Amidst rapid technological progress, including creative teaching approaches is crucial, particularly in technical education. A combination of Smart Boards and Animation techniques offers an effective way to transform the learning experience for BTECH students.

Description of the activity:

Students were introduced to a combination of smart board technology and video lectures to enhance their understanding of the operation of transformers and machines. Students comprehend the electromagnetic concept that underlies motors and transformers more efficiently. During the session, students raised some queries and understood the topic more efficiently. In addition to this, in this activity, students were given a task by the faculty to give a short presentation on the topics they learned after the session.

Instructions about the Activity:

• Working together more often
• Developing greater problem-solving and critical-thinking skills
• more motivated to learn
• Taking greater ownership of their learning
• Remind everyone to be aware of time, and to make their points succinctly so everyone has the chance to share.
• Students can get help from online or video lectures.

Outcome of the activity:

• Enhanced Understanding and Retention
• Facilitated Concept Comprehension
• Varied Learning Styles Addressed
• Real-world Application Skills
• Technological Fluency
• Continuous Improvement and Updates

Activity Details: